Supplementary material for: High crystalline biaxially aligned CNT web for long cycling Li-O2 batteries

Name: Supplementary material for: High crystalline biaxially aligned CNT web for long cycling Li-O2 batteries
Creator: Young Shik Cho
Published: 2021-01-08T16:07:13.009Z
Keywords: Carbon Nanotubes, Chemical Vapor Deposition, Nanomaterials for Device Fabrication

Cho, Young Shik; Kim, Hyunjin; Byeon, Minhoo; Jung, Yeonsu; Lee, DongJoon; Park, JungOck; Kwon, Hyuk Jae; Lee, Hyunpyo; Kim, Mokwon; Choi, Wonsung; Im, Dongmin; Park, Chong Rae

doi:10.17632/sycrpnv6h7.1

Supplementary material for: High crystalline biaxially aligned CNT web for long cycling Li-O2 batteries

Published: 8 January 2021| Version 1 | DOI: 10.17632/sycrpnv6h7.1

Contributors:

Young Shik Cho,

Hyunjin Kim,

Minhoo Byeon,

Yeonsu Jung,

DongJoon Lee,

JungOck Park,

Hyuk Jae Kwon,

Hyunpyo Lee,

Mokwon Kim,

Wonsung Choi,

Dongmin Im,

Description

The movie shows the real-time 'growth to spinning process' of a biaxially aligned CNT film. To fabricate the designed CNT film through floating catalyst chemical vapor deposition method, the roller was systematically controlled so that rotation and pendulum motion can be performed at the same.

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Institutions

Seoul National University, Samsung Advanced Institute of Technology

Supplementary material for: High crystalline biaxially aligned CNT web for long cycling Li-O2 batteries

Description

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